CRYSTAL SHELTER
CRYSTAL SHELTER
Credits: Lydia Kallipoliti & Alexandros Tsamis
Crystal Shelter is an urban environment made out of various pieces of recycled glass, photovoltaic cells and electrochromic glass parts. The reused glass pieces are positioned on a new armature among solar-powered cells and electrically charged electrochromic materials according to the specific formal and material properties – transparency and reflection – of each piece. The new composite enclosure becomes a mosaic that negotiates the relationship between exterior and interior space in the city. The transparency of the exterior envelope topically changes according to the input of solar energy and the location of the user. The recycled glass pieces, the photovoltaic cells – which convert solar power to electrical current – and the electrochromic materials – which change from clear to translucent according electrical charge – synthesize a thick composite exterior envelope which locally changes thus revealing to the user different fragmented views of urban space. Crystal Shelter necessitates an enhanced degree of tactile and optical engagement from the user, who is urged to discover new ways of spatial occupation and senses of viewing through multiple mosaic layers of glass. The variable, non-homogenous material allocation in the envelope emerges from precise rules and constraints that relate to a number of parameters including solar power input, possibilities for programmatic occupation, structure and vision.
